The computational neuroscience field has heavily concentrated on the modeling of neuronal
functions, largely ignoring other brain cells, including one type of glial cell, the astrocytes …

Trade-offs between advantageous but conflicting properties (eg, speed vs. accuracy) are
ubiquitous in cognition, but the relevant literature is conceptually fragmented, scattered …

Neural synchronization is considered as an important mechanism for information
processing. In addition, based on recent neurophysiologic findings, it is believed that …

In the present study, a biologically plausible neuronal population model is developed, which
considers functional outcome of neuron–astrocyte interactions. Based on established …

It has been revealed experimentally that astrocytes can participate in synaptic transmission
by modulating and responding to the release of neurotransmitters with calcium elevations …

Recent neurophysiologic findings have shown that astrocytes play important roles in
information processing and modulation of neuronal activity. Motivated by these findings, in …

Experimental observations have shown that astrocytes are active partner in neural
information processing which are mainly carried out by neurons. In this research, we …

Based on recent findings, astrocytes, a subtype of glial cells, dynamically regulate the
synaptic transmission of neuronal networks. In this research, a biologically inspired neuronal …

A coupled model containing two neurons and one astrocyte is constructed by integrating
Hodgkin-Huxley neuronal model and Li-Rinzel calcium model. Based on this hybrid model …

This paper aims to establish a coupling model of neuronal populations and astrocytes and,
on this basis, explore the possible mechanism of electroencephalography (EEG) slowing in …